Role of Rumen Protozoa: Metabolic and Fibrolytic

Shreya A. Patel
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引用次数: 11

Abstract

Rumen is first chamber of the gastrointestinal track of ruminant where digestion of the plant fibres is taken place and solids are absorbed followed by reticulum site for waste removal. After reticulum, omasum and abomasum are like other nonruminants followed by small intestine. After a long time period from the first exposure to rumen, researchers started taking interest in rumen protozoa. After 1920, significant studies were started in identification, morphology and functions of rumen protozoa [1]. In addition to that it was observed that presence and absence of particular rumen protozoa affect factors like pH, ammonia concentration and also type and number of bacteria and these all factors affect digestion in ruminants [2]. Active participation of ciliate protozoa in digestion process of ruminants was earlier suggested by Tier and Hungate and Coleman et al., [3] and then was proven earlier by in vivo and in vitro studies [4-6] and also further supported till date by various studies relating to that [7-9].
瘤胃原生动物的作用:代谢和纤维分解
瘤胃是反刍动物胃肠道的第一个腔室,在那里进行植物纤维的消化和固体的吸收,然后是网状部位进行废物的清除。网胃、瓣胃和皱胃与其他非反刍动物相似,其次是小肠。在第一次接触瘤胃很长一段时间后,研究人员开始对瘤胃原生动物产生兴趣。1920年以后,在瘤胃原生动物[1]的鉴定、形态和功能方面开始了有意义的研究。此外,我们还观察到,特定瘤胃原生动物的存在和缺失会影响pH、氨浓度以及细菌的类型和数量等因素,而这些因素都影响反刍动物bbb的消化。纤毛虫原生动物在反刍动物消化过程中的积极参与较早地被Tier和Hungate及Coleman等人提出,b[3],并在较早的体内和体外研究中得到证实[4-6],并在迄今为止得到各种相关研究的进一步支持[7-9]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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